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SolidWorks Beginners Course – Learn from an expert!

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SolidWorks Beginners Course – Learn from an expert!, available at $74.99, has an average rating of 4.87, with 213 lectures, based on 44 reviews, and has 145 subscribers.

You will learn about A Simplified SolidWorks Modelling Process To Help You Build Any Part No Matter How Complex Its Geometry How To Build A Range Of Realistic Virtual Models Within SolidWorks Create A Working Steam Engine Assembly With Realistic Motion Develop A Technical Drawing Pack From Your Models and Assemblies Edit and Create Parts In The Assembly Mode This course is ideal for individuals who are Beginner SolidWorks users; students or professionals It is particularly useful for Beginner SolidWorks users; students or professionals.

Enroll now: SolidWorks Beginners Course – Learn from an expert!

Summary

Title: SolidWorks Beginners Course – Learn from an expert!

Price: $74.99

Average Rating: 4.87

Number of Lectures: 213

Number of Published Lectures: 213

Number of Curriculum Items: 213

Number of Published Curriculum Objects: 213

Original Price: $69.99

Quality Status: approved

Status: Live

What You Will Learn

  • A Simplified SolidWorks Modelling Process To Help You Build Any Part No Matter How Complex Its Geometry
  • How To Build A Range Of Realistic Virtual Models Within SolidWorks
  • Create A Working Steam Engine Assembly With Realistic Motion
  • Develop A Technical Drawing Pack From Your Models and Assemblies
  • Edit and Create Parts In The Assembly Mode

Who Should Attend

  • Beginner SolidWorks users; students or professionals

Target Audiences

  • Beginner SolidWorks users; students or professionals

SOLIDWORKS expert teaches you how to save time and money on your path to becoming a SOLIDWORKS Professional.

Learn the skills of professional SOLIDWORKS users.

We will show you a tried and tested process to make parts in SOLIDWORKS that will empower you to quickly make your own designs easily and effortlessly.

LEARN BY MODELLING REAL-WORLD EXAMPLES, NOT USELESS WIDGETS.

Our previous SolidWorks clients include professionals from:

  • Rolls Royce

  • Airbus

  • GE Aviation

  • Renishaw

  • Jaguar Land-Rover

  • GKN Aerospace

  • Saint Gobain

  • Moog

You Will Build A Working Steam Engine!

The little Steam Engine allows you to start modelling very basic parts, to allow you to get to grips with the fundamental skills you need without overload, before building up into more complexity one model at a time. Each part adds a little more complexity than the previous one, finally resulting in the creation of the Flywheel. You will then mate the parts together, and create edits, in the assembly mode before making a new contextual part from the assembly. Finally, you will be introduced to creating technical drawings.

This is really the perfect starting point to nail the basics of SOLIDWORKS.

Why you need this course:

15 years ago I decided to apply for a Design Engineer job for a small rural company in the heart of England, UK. The job advert stated that “experience in designing with SOLIDWORKS was essential“.

I had never used SOLIDWORKS….so I did what most would do – I got a free 30-day trial and went to YouTube to learn. I slowly and painfully followed a sped-up tutorial that had no commentary, built an alloy wheel, took a screenshot and sent it in with my application form stating that I had some experience using SOLIDWORKS.

It worked and I was offered the job (I also had lots of experience working as a production engineer so didn’t completely wing it!).

Day 1 of being a SOLIDWORKS Design Engineer. “Hi, can you quickly model this block and put an M10 through hole in the middle” came the request from my supervisor. I couldn’t do it. I was found out.

REASON #1

Following sped-up videos on YouTube may get you some results, but they do not teach you how to use the SOLIDWORKS software for YOURSELF.

Although disappointed, the company paired me with another designer for a few weeks to get me trained quickly (and cheaply). He built the block with a hole in less than 2 minutes.

I was trained to use SOLIDWORKS the same way as the other 4 designers in the team. This was okay but common issues kept coming up: editing parts was troublesome, persistent issues with part relationships and mates in assemblies and creating technical drawings often took longer than designing the parts. I assumed this was just how SOLIDWORKS was.

REASON #2

Too many SOLIDWORKS users learn poor techniques from people who can’t use the software properly themselves!

12 months later, I landed a new job as a college lecturer in engineering (I also had previous experience working as a lecturer). Part of my new job was to teach 16-18-year-olds how to use SOLIDWORKS. No problem.

A colleague then introduced me to the SOLIDWORKS certification program. “I will smash this” I confidently said and sat the CSWA (Certified SOLIDWORKS Associate) exam. I failed it. Oops.

REASON #3

Poor SOLIDWORKS techniques will cause persistent problems. I can teach you an effective and efficient technique that minimises errors and simplifies the modelling process.

I realised the troubles I had with SOLIDWORKS weren’t due to the software but because I had been taught some very poor techniques. How could I teach anyone if I couldn’t pass the basic exam? From this moment, I decided that I would relearn SOLIDWORKS from the ground up. Now I have:

  • 15 years of teaching experience

  • 2500 students successfully taught

  • 100s of professional engineers taught

  • 8 SOLIDWORKS exams passed, including the CSWE (Certified Expert)

Along this path, I have realised that there are some key ingredients that are essential to building an understanding of how to be effective in SOLIDWORKS:

  1. Application: Understanding how the software and its functions work enables you to select and use the most appropriate tools.

  2. Process:Having a clear process to follow enables you to effectively break down the modelling task into a set of micro-tasks, no matter how complex or simplistic your model’s geometry is.

  3. Intent:Building in design intent to gain maximum control and flexibility with your geometry will level up your modelling abilities to make you a more efficient and effective SOLIDWORKS user.

REASON #4

My vast experience in delivering SOLIDWORKS courses to thousands of people has enabled me to develop a process that anyone can follow to create complex geometry.

This is the course I wish I had when I started to learn SOLIDWORKS.

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Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction – Welcome To My Course

Lecture 2: About This Course

Lecture 3: About The Tutor

Lecture 4: What Is In This Course

Lecture 5: Learning Objectives

Lecture 6: Course Scope

Lecture 7: Who Is This Course For?

Lecture 8: Software Access

Lecture 9: Using This Course

Chapter 2: SolidWorks Theory – Optional (but very useful)

Lecture 1: Introduction To SolidWorks Software

Lecture 2: Introduction To SolidWorks Part Models

Lecture 3: Introduction To SolidWorks Assembly Models

Lecture 4: Introduction To SolidWorks Technical Drawings

Lecture 5: Interaction Between Parts, Assemblies and Drawings

Chapter 3: SolidWorks Models and Drawings

Lecture 1: Technical Drawings of Steam Engine

Lecture 2: Complete Steam Engine Models and Assembly

Chapter 4: Modelling Process

Lecture 1: Modelling Process

Chapter 5: Part 1: Big End Journal Part Modelling

Lecture 1: Introduction – Big End Journal – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – Big End Journal – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – Big End Journal – SOLIDWORKS Training L1

Lecture 4: Setting the Measurement System – Big End Journal – SOLIDWORKS Training L1

Lecture 5: Starting a New Planar Sketch – Big End Journal – SOLIDWORKS Training L1

Lecture 6: Using the Origin – Big End Journal – SOLIDWORKS Training L1

Lecture 7: Drawing a Circle – Big End Journal – SOLIDWORKS Training L1

Lecture 8: Adding Smart Dimensions – Big End Journal – SOLIDWORKS Training L1

Lecture 9: Extrude Boss Base Feature – Big End Journal – SOLIDWORKS Training L1

Lecture 10: Chamfer Feature – Big End Journal – SOLIDWORKS Training L1

Lecture 11: Apply a Material to the Part – Big End Journal – SOLIDWORKS Training L1

Lecture 12: Evaluate the Mass – Big End Journal – SOLIDWORKS Training L1

Lecture 13: Save the Part – Big End Journal – SOLIDWORKS Training L1

Lecture 14: Outro – Big End Journal – SOLIDWORKS Training L1

Chapter 6: Part 2: Crank Shaft Part Modelling

Lecture 1: Introduction – Crank Shaft – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – Crank Shaft – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – Crank Shaft – SOLIDWORKS Training L1

Lecture 4: Creating the Sketch and Extrude – Crank Shaft – SOLIDWORKS Training L1

Lecture 5: Material, Mass and Save – Crank Shaft – SOLIDWORKS Training L1

Lecture 6: Outro – Crank Shaft – SOLIDWORKS Training L1

Chapter 7: Additional SolidWorks Key Skills

Lecture 1: Edit Sketch – Dimensions – SOLIDWORKS Training L1

Lecture 2: Edit Sketch – Change Shape – SOLIDWORKS Training L1

Lecture 3: Edit Sketch – Delete Profile – SOLIDWORKS Training L1

Lecture 4: Edit Sketch – Trim Entities – SOLIDWORKS Training L1

Lecture 5: Edit Feature – SOLIDWORKS Training L1

Lecture 6: Adding and Deleting Sketch Relations – SOLIDWORKS Training L1

Lecture 7: Rotate Model – SOLIDWORKS Training L1

Lecture 8: Zoom in and Out – SOLIDWORKS Training L1

Lecture 9: Moving the part around – SOLIDWORKS Training L1

Chapter 8: Part 3: Crank Shaft Bush Part Modelling

Lecture 1: Introduction – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 4: First Sketch and Extrude – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 5: Starting a New Face Sketch – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 6: Second Sketch and Extrude – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 7: Hidden Detail Line on a Drawing – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 8: Third Sketch and Cut Feature – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 9: Adding Chamfers – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 10: Apply a Material, Evaluate Mass – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 11: Save the Part – Crank Shaft Bush – SOLIDWORKS Training L1

Lecture 12: Outro – Crank Shaft Bush – SOLIDWORKS Training L1

Chapter 9: Part 4: Piston Part Modelling

Lecture 1: Introduction – Piston – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – Piston – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – Piston – SOLIDWORKS Training L1

Lecture 4: Creating and Saving the Model – Piston – SOLIDWORKS Training L1

Lecture 5: Outro – Piston – SOLIDWORKS Training L1

Chapter 10: Part 5: Connecting Rod Part Modelling

Lecture 1: Introduction – ConRod – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – ConRod – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – ConRod – SOLIDWORKS Training L1

Lecture 4: Body Dual Extrusion – ConRod – SOLIDWORKS Training L1

Lecture 5: The Measure Tool – ConRod – SOLIDWORKS Training L1

Lecture 6: Cut a Flat onto a Round Face – ConRod – SOLIDWORKS Training L1.

Lecture 7: Dimensioning a Circular Sketch – ConRod – SOLIDWORKS Training L1

Lecture 8: Adding Manual Sketch Relations – ConRod – SOLIDWORKS Training L1

Lecture 9: Cutting the Hole – ConRod – SOLIDWORKS Training L1

Lecture 10: Adding Chamfers – ConRod – SOLIDWORKS Training L1

Lecture 11: Material, Mass and Save – ConRod – SOLIDWORKS Training L1

Lecture 12: Outro – ConRod – SOLIDWORKS Training L1

Chapter 11: Part 6: Crank Part Modelling

Lecture 1: Introduction – Crank – SOLIDWORKS Training L1

Lecture 2: Reading the Drawing – Crank – SOLIDWORKS Training L1

Lecture 3: Creating a Modelling Plan – Crank – SOLIDWORKS Training L1

Lecture 4: Creating the Material Blank – Crank – SOLIDWORKS Training L1

Lecture 5: Positioning and Cutting Centre Hole – Crank – SOLIDWORKS Training L1

Lecture 6: Positioning and Cutting Top Hole – Crank – SOLIDWORKS Training L1

Lecture 7: Side Cut-outs with Relationships – Crank – SOLIDWORKS Training L1

Lecture 8: Adding Radius – Crank – SOLIDWORKS Training L1

Lecture 9: Adding Chamfers – Crank – SOLIDWORKS Training L1

Lecture 10: Sketching on a Plane – Crank – SOLIDWORKS Training L1

Lecture 11: Edit Sketch Size – Crank – SOLIDWORKS Training L1

Lecture 12: Search Material and Check Mass – Crank – SOLIDWORKS Training L1

Lecture 13: Change the Appearance – Crank – SOLIDWORKS Training L1

Lecture 14: Flexible Modelling Approach – Crank – SOLIDWORKS Training L1

Instructors

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  • 4 stars: 10 votes
  • 5 stars: 33 votes

Frequently Asked Questions


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